Communication control apparatus and communication control method
A communication control apparatus allocates, to a plurality of operators, a band of each of a plurality of radio units that are shared by the operators and that are connected to a plurality of baseband units managed by the operators. The communication control apparatus includes: a memory; a processor that allocates the band of each of the radio units to the operators in accordance with an upper band use limit that is set for each of the radio units such that a use band used by the operators does not exceed the upper band use limit; and an output unit that outputs allocation information indicating the band allocated to the operators by the processor to each of the baseband units.
1. A communication control apparatus that allocates, to a plurality of operators, a band of each of a plurality of radio units that are shared by the operators and that are connected to a plurality of baseband units managed by the operators, the communication control apparatus comprising:
a memory;
a processor coupled to the memory and executes a process comprising:
allocating the band of each of the radio units to the operators in accordance with an upper band use limit that is set for each of the radio units such that a use band used by the operators does not exceed the upper band use limit;
optimizing the allocating the band of each of the radio units so as to maximize a metric corresponding to an indicator of throughput associated with band allocation with respect to the operators, the metric acting as an indicator of both of band allocation fairness and system throughput for the operators; and
outputting allocation information indicating the band allocated to the operators by the processor to each of the baseband units.
2. The communication control apparatus according to claim 1 , wherein the processor calculates, by using reception quality information on terminal devices that perform wireless communication with the radio units, the metric used when allocation of the band of each of the radio units is changed and obtains the allocation of the band, for each of the radio units that maximizes the calculated metric.
3. The communication control apparatus according to claim 2 , wherein the processor obtains the allocation of the band, for each of the radio units, that is associated with the maximum metric when band allocation is changed within the operators.
4. The communication control apparatus according to claim 2 , wherein the processor obtains the allocation of the band, for each of the radio units, that is associated with the maximum metric when band allocation is changed across the operators.
5. The communication control apparatus according to claim 1 , wherein the processor decides terminal devices that perform wireless communication with the radio units by using the band allocated to the operators.
6. A communication control method for allocating, to a plurality of operators, a band of each of a plurality of radio units that are shared by the operators and that are connected to a plurality of baseband units managed by the operators, the communication control method comprising:
allocating the band of each of the radio units to the operators in accordance with an upper band use limit that is set for each of the radio units such that a use band used by the operators does not exceed the upper band use limit;
optimizing the allocating the band of each of the radio units so as to maximize a metric corresponding to an indicator of throughput associated with band allocation with respect to the operators, the metric acting as an indicator of both of band allocation fairness and system throughput for the operators; and
outputting allocation information indicating the band allocated to the operators to each of the baseband units.